Ge, Shemin et al. (2003): Fluid flow in sub-sea floor processes and future ocean drilling

Leg/Site/Hole: Related Expeditions:

Identifier: ID:

2003-045278

Type:

georefid

Creator: Name:

Ge, Shemin

Affiliation:

University of Colorado, Boulder, CO, United States

Role:

author

Name:

Bekins, B.

Affiliation:

Role:

author

Name:

Bredehoeft, J.

Affiliation:

Role:

author

Name:

Brown, K.

Affiliation:

Role:

author

Name:

Davis, E. E.

Affiliation:

Role:

author

Name:

Gorelick, S. M.

Affiliation:

Role:

author

Name:

Henry, P.

Affiliation:

Role:

author

Name:

Kooi, H.

Affiliation:

Role:

author

Name:

Moench, A. F.

Affiliation:

Role:

author

Name:

Ruppel, C.

Affiliation:

Role:

author

Name:

Sauter, M.

Affiliation:

Role:

author

Name:

Screaton, E.

Affiliation:

Role:

author

Name:

Swart, P. K.

Affiliation:

Role:

author

Name:

Tokunaga, T.

Affiliation:

Role:

author

Name:

Voss, C. I.

Affiliation:

Role:

author

Name:

Whitaker, F.

Affiliation:

Role:

author

Identification: Title:

Fluid flow in sub-sea floor processes and future ocean drilling

Year:

2003

Source:

Eos, Transactions, American Geophysical Union

Publisher:

American Geophysical Union, Washington, DC, United States

Volume:

Issue:

Pages:

145, 151

Abstract:

Language:

English

Genre:

Serial

Rights:

URL:

Coverage:Geographic coordinates:

	North:
West:		East:
	South:

Keywords:

Oceanography; crust; Darcy's law; fluid dynamics; gas hydrates; hydrothermal vents; Integrated Ocean Drilling Program; international cooperation; mechanism; mid-ocean ridges; Ocean Drilling Program; ocean floors; planning; pore pressure; sub-seafloor hydrological observation stations; subduction zones; volcanism;

SEDIS - Publications

Ge, Shemin et al. (2003): Fluid flow in sub-sea floor processes and future ocean drilling